The capability of simulating three dimensional two phase reactive flows with combustion in the liquid fuelled rocket engines is demonstrated. This was accomplished by modifying an existing three dimensional computer program (REFLAN3D) with Eulerian Lagrangian approach to simulate two phase spray flow, evaporation and combustion. The modified code is referred as REFLAN3D-SPRAY. The mathematical formulation of the fluid flow, heat transfer, combustion and two phase flow interaction of the numerical solution procedure, boundary conditions and their treatment are described
This report includes copies of relevant publications, including conference proceedings, resulting fr...
The overall contractual effort and the theory and numerical solution for the Reacting and Multi-Phas...
In the field of liquid rocket propulsion, ignition, propagation and stabilization of the flame are o...
The Advanced Rocket Injector/Combustor Code (ARICC) that has been developed to model the complete ch...
A three-dimensional, time dependent, Favre averaged, finite volume Navier-Stokes code has been devel...
A conjugate heat transfer computational fluid dynamics (CFD) model to describe regenerative cooling ...
Development of a computer program for analyzing the effects of bipropellant spray combustion process...
An existing Computational Fluid Dynamics code for simulating complex turbulent flows inside a liquid...
A computer program for analyzing rocket engine performance was developed. The program is concerned w...
Operating characteristics and design aspects of injector, combustion chamber, and exhaust nozzle for...
The Variable Thrust Engine (VTE) of the Orbital Maneuvering Vehicle (OMV) uses a hypergolic propella...
In an effort to improve the current solutions in the design and analysis of liquid propulsive engine...
A coupled numerical algorithm has been developed for studies of combustion instabilities in spray-dr...
Program for simulation of gas motion illustrates the effects of some of the variables on the combust...
Calculations of rocket and air breathing propulsion system combustion chamber and nozzle flow perfor...
This report includes copies of relevant publications, including conference proceedings, resulting fr...
The overall contractual effort and the theory and numerical solution for the Reacting and Multi-Phas...
In the field of liquid rocket propulsion, ignition, propagation and stabilization of the flame are o...
The Advanced Rocket Injector/Combustor Code (ARICC) that has been developed to model the complete ch...
A three-dimensional, time dependent, Favre averaged, finite volume Navier-Stokes code has been devel...
A conjugate heat transfer computational fluid dynamics (CFD) model to describe regenerative cooling ...
Development of a computer program for analyzing the effects of bipropellant spray combustion process...
An existing Computational Fluid Dynamics code for simulating complex turbulent flows inside a liquid...
A computer program for analyzing rocket engine performance was developed. The program is concerned w...
Operating characteristics and design aspects of injector, combustion chamber, and exhaust nozzle for...
The Variable Thrust Engine (VTE) of the Orbital Maneuvering Vehicle (OMV) uses a hypergolic propella...
In an effort to improve the current solutions in the design and analysis of liquid propulsive engine...
A coupled numerical algorithm has been developed for studies of combustion instabilities in spray-dr...
Program for simulation of gas motion illustrates the effects of some of the variables on the combust...
Calculations of rocket and air breathing propulsion system combustion chamber and nozzle flow perfor...
This report includes copies of relevant publications, including conference proceedings, resulting fr...
The overall contractual effort and the theory and numerical solution for the Reacting and Multi-Phas...
In the field of liquid rocket propulsion, ignition, propagation and stabilization of the flame are o...